CN201253279Y

CN201253279Y - Cervical vertebra multi-direction synthetic traction chair

Info

Publication number: CN201253279Y
Application number: CNU200820186957XU
Authority: CN
Inventors: 周建平
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-09-17
Filing date: 2008-09-17
Publication date: 2009-06-10
Anticipated expiration: 2018-09-17

Abstract

The utility model relates to a cervical vertebra multiposition comprehensive traction chair which comprises a base (1), a chair seat (2), a traction standing post (3), a traction cross beam (4) and a traction cervical supporter (5), wherein the chair seat (2) is arranged on the base (1). The traction chair is characterized in that the traction standing post is connected with the base in a slip fit way and can slid along the edge of the base, and the traction cross beam is connected to the traction standing post in a transverse slip fit way and can slide along the traction standing post up and down; the traction cervical supporter is hung on a screw rod mechanism C in the traction cross beam. The traction chair has simple structure and stable and reliable running, has function of multiposition traction and comprehensive position traction, and can satisfy traction demand of various cervical spondylosis. The utility model adopts the screw rod and guide track drive technology, has reasonable design, simple structure, smooth and reliable running, low failure rate, no noise, no rocking, extremely low frictional coefficient and no influence on traction, and is suitable for traction for various cervical spondylosis.

Description

The multi-faceted comprehensive traction chair of cervical vertebra

Technical field

This utility model relates to a kind of traction physiotherapy equipment, is the multi-faceted comprehensive traction chair of a kind of cervical vertebra specifically.

Background technology

Existing cervical vertebrae traction equipment, have a variety of, but tractive manner is greatly to being consistent, as shown in Figure 1, it comprises compositions such as seat, motor, column, transverse arm, pulley, steel wire rope, neck brace, its method of work mainly by the driven by motor steel wire rope, is transferred to neck brace by pulley and moves up and down, thereby plays the purpose of traction.Because with motion up and down, therefore have following shortcoming: have only the vertical distraction function only.And the traction of actual cervical vertebra be need multi-faceted, such as to the traction up and down of cervical vertebra, front and back traction, about the comprehensive traction in traction and above-mentioned orientation, could adapt to the needs that cervical spondylosis draws physical therapy like this.Existing equipment does not possess the function that satisfies above-mentioned traction physical therapy needs.

The utility model content

Technical problem to be solved in the utility model is to overcome the defective that prior art exists, and provides a kind of cervical vertebra multi-faceted comprehensive traction chair, to satisfy the multi-traction in the cervical traction physical therapy and the needs of comprehensive orientation traction.

The multi-faceted comprehensive traction chair of this utility model cervical vertebra is made of pedestal, seat, traction column, traction crossbeam and traction neck brace, and seat is arranged on the pedestal; It is characterized in that: the traction column is joined with the pedestal cunning and is connected, can be along the base edge horizontal slip; Laterally sliding joining of traction crossbeam is connected on the traction column, can slide up and down along the traction column; The traction neck drags on the screw body C that hangs in the traction crossbeam.

Described traction column is joined with the pedestal cunning and is connected, and its structure is that two guide rail A are set in the rear end of pedestal, and on guide rail A, respectively be with two slide block A, the base of traction column is fixed on the Four-slider A, and pedestal is established screw mandrel A, is fixed on the traction column base with screw mandrel A nut engaged piece A.

Horizontal joining with traction column cunning of described traction crossbeam is connected, its structure is: two guide rail B are established in traction column both sides, guide rail B goes up two slide block B of each suit, Four-slider B is fixed on the traction beam seat, the traction beam seat is connected with traction crossbeam pedestal, in the traction crossbeam pedestal telescopic sleeving rod that lead screw motor drives is housed, the end of telescopic sleeving rod is connected with the bottom of traction crossbeam pedestal, and the telescopic drive traction crossbeam of telescopic sleeving rod slides up and down.

Described traction neck drags and hangs on the screw body C of traction in the crossbeam, and its structure is, be arranged in parallel in the traction crossbeam guide rail C and motor-driven screw mandrel C establish slide block C on the guide rail, screw mandrel C suit nut block C, and two slide block C are connected with nut block C; The traction neck drags and hangs on the nut block C.

This utility model, simple in structure, stable and reliable operation.Have multi-traction and comprehensive orientation traction function, can satisfy the traction requirement of various cervical spondylosiss.Adopt screw mandrel, guide rail actuation techniques, reasonable in design, simple in structure, operate steadily reliable, fault rate is low, noiselessness, nothing is rocked, coefficient of friction is extremely low, and pull strength is not had influence, is fit to various cervical spondylosiss and draws.

Description of drawings

Fig. 1, be the cervical traction structure of chair sketch map of prior art;

Fig. 2, be the multi-faceted comprehensive traction chair structural representation of this utility model cervical vertebra;

Fig. 3, for the traction column join the structural representation that is connected with the pedestal cunning;

Fig. 4, for the traction crossbeam horizontal with draw the column cunning and join the structural representation that is connected;

Fig. 5, for the traction crossbeam structural representation (overlooking);

Fig. 6, for the traction crossbeam structural representation (side-looking);

Fig. 7, be the control circuit block diagram.

The specific embodiment

Below in conjunction with accompanying drawing, this utility model is elaborated.

Embodiment: as shown in Figure 1, the multi-faceted comprehensive traction chair of cervical vertebra is made of pedestal 1, seat 2, traction column 3, traction crossbeam 4 and traction neck brace 5, and seat is arranged on the pedestal; It is characterized in that: the traction column is joined with the pedestal cunning and is connected, can be along the base edge horizontal slip; Laterally sliding joining of traction crossbeam is connected on the traction column, can slide up and down along the traction column; The traction neck drags on the screw body C that hangs in the traction crossbeam.

Described traction column is joined with the pedestal cunning and is connected, its structure is, two guide rail A31 are set in the rear end of pedestal, and on guide rail A, respectively be with two slide block A32, the base 33 of traction column is fixed on the Four-slider A, pedestal is established screw mandrel A34, is fixed on the traction column base with screw mandrel A nut engaged piece A35.Motor-driven screw mandrel A can drive about the traction column and laterally move.

Horizontal joining with traction column cunning of described traction crossbeam is connected, its structure is: two guide rail B41 are established in traction column both sides, guide rail B goes up two slide block B 42 of each suit, Four-slider B is fixed on the traction beam seat 46, the traction beam seat is connected with traction crossbeam pedestal 47, in the traction crossbeam pedestal 47 telescopic sleeving rod 45 that lead screw motor 44 drives is housed, the end of telescopic sleeving rod 45 is connected with the bottom of traction crossbeam pedestal 47, and the telescopic drive traction crossbeam of telescopic sleeving rod 45 slides up and down.

Described traction neck drags and hangs on the screw body C of traction in the crossbeam, and its structure is, be arranged in parallel in the traction crossbeam guide rail C51 and motor-driven screw mandrel C52 establish slide block C53 on the guide rail, screw mandrel C52 suit nut block C54, and two slide block C53 are connected with nut block C54; The traction neck drags 5 to hang on the nut block C54.Screw mandrel C52 can move forward and backward by drive nut piece C54, drags 5 to move forward and backward thereby drive the traction neck, and cervical region is carried out the front and back traction.

This device can be provided with control computer chip and liquid crystal display, and computer chip is according to the program of setting, and every data that the traction parameter of setting and pick off record are controlled the action of motor, and each parameter is shown on liquid crystal display.

Claims

1, the multi-faceted comprehensive traction chair of a kind of cervical vertebra is made of pedestal (1), seat (2), traction column (3), traction crossbeam (4) and traction neck brace (5), and seat is arranged on the pedestal; It is characterized in that: the traction column is joined with the pedestal cunning and is connected, can be along the base edge horizontal slip; Laterally sliding joining of traction crossbeam is connected on the traction column, can slide up and down along the traction column; The traction neck drags on the screw body C that hangs in the traction crossbeam.

2, according to the multi-faceted comprehensive traction chair of the described cervical vertebra of claim 1, it is characterized in that: described traction column is joined with the pedestal cunning and is connected, its structure is, two guide rail A (31) are set in the rear end of pedestal, and on guide rail A, respectively be with two slide block A (32), the base (33) of traction column is fixed on the Four-slider A, and pedestal is established screw mandrel A (34), is fixed on the traction column base with screw mandrel A nut engaged piece A (35).

3, according to claim 1 or the multi-faceted comprehensive traction chair of 2 described cervical vertebras, it is characterized in that: horizontal joining with traction column cunning of described traction crossbeam is connected, its structure is: two guide rail B (41) are established in traction column both sides, guide rail B goes up two slide block B of each suit (42), Four-slider B is fixed on the traction beam seat (46), the traction beam seat is connected with traction crossbeam pedestal (47), the telescopic sleeving rod (45) that lead screw motor (44) drives is housed in the traction crossbeam pedestal (47), and the end of telescopic sleeving rod (45) is connected with the bottom of traction crossbeam pedestal (47).

4, according to claim 1 or the multi-faceted comprehensive traction chair of 2 described cervical vertebras, it is characterized in that: described traction neck drags the screw body C that hangs in the traction crossbeam, its structure is, guide rail C (51) and motor-driven screw mandrel C (52) be arranged in parallel in the traction crossbeam, establish slide block C (53) on the guide rail, screw mandrel C (52) suit nut block C (54), two slide block C (53) are connected with nut block C (54); The traction neck drags (5) to hang on the nut block C (54).

5, according to the multi-faceted comprehensive traction chair of the described cervical vertebra of claim 3, it is characterized in that: described traction neck drags the screw body C that hangs in the traction crossbeam, its structure is, guide rail C (51) and motor-driven screw mandrel C (52) be arranged in parallel in the traction crossbeam, establish slide block C (53) on the guide rail, screw mandrel C (52) suit nut block C (54), two slide block C (53) are connected with nut block C (54); The traction neck drags (5) to hang on the nut block C (54).